Industrial Handling Robot

Industrial handling robots offer a highly efficient, automated material handling solution tailored for smart manufacturing environments. Leveraging three core advantages—plug-and-play functionality, all‑scene IoT connectivity, and multi‑dimensional perception—they help factories rapidly upgrade their logistics systems to become intelligent. The equipment can complete environmental mapping in a 2,000㎡ workshop within 30 minutes, and operators can master its use in just 30 minutes; with 10 units, the investment can typically be recouped within 3–6 months on average. Equipped with a comprehensive industrial IoT solution, the system supports multiple remote call methods and seamlessly integrates with WMS, ERP, and other enterprise systems, enabling end‑to‑end digital management. At the same time, it features a 360° laser + vision detection + 3D vision detection fusion sensing system that has undergone 1,000 hours of factory environment testing, achieving a positioning and handling accuracy rate of 99%. This ensures safe and reliable material flow while comprehensively enhancing factory operational efficiency and intelligence levels.

Inspection Robot Of High Voltagetranmission Line

The overhead transmission line inspection robot adopts a three-arm bionic structure, capable of walking along overhead transmission lines and crossing various hardware obstacles. The robot carries various instruments and equipment to replace manual work in line inspection and maintenance operations, and transmits the collected data in real-time back to the ground station to provide effective information for maintenance personnel. It is used for intelligent inspection of 35-500KV transmission lines.

Comprehensive Underground Pipeline Corridor Inspection Robot

The robot uses multi-joint chain independent drive technology, carrying various detection instruments and equipment, to walk back and forth along underground utility corridors, providing maintenance personnel with real-time equipment operation status data and alarm values. It is widely used for intelligent inspections in facilities such as underground urban comprehensive utility corridors, cable tunnels, coal mines, coal transport corridors, and dock belt transportation.

Multi-Functional Inspection Robot Hanging Rail

The robot uses track vertical clamping friction transmission technology, capable of carrying various detection instruments and equipment, providing real-time equipment operation status data and threshold alarms for indoor and outdoor maintenance personnel, reducing manual repetitive labor and improving inspection and operation efficiency. It is widely used in switch rooms, distribution rooms, and inspection and operation in petrochemical enterprise tank areas.

Explosion-Proof Petrochemical Plant Inspection Robot

The petrochemical explosion-proof inspection robot uses various cutting-edge technologies such as four-wheel independent drive, laser ranging, image recognition, infrared thermal imaging analysis, and acoustic imaging. It can replace the 'sight, smell, and hearing' of inspection personnel to promptly detect dangerous hazards such as leaks, unusual sounds, strange odors, and abnormal heat in petrochemical scenarios, improving inspection efficiency and supporting the safe production of petrochemical enterprises.

Chemical Environment Inspection Robot

The chemical environment inspection robot is based on the principle of friction, using a distributed drive structure that can walk along tracks, carrying various instruments and equipment to replace manual inspection and maintenance operations of chemical operation equipment units. It transmits the collected data in real-time back to the control center to provide effective information for maintenance personnel. It is widely used for status detection and inspection of various equipment in the petrochemical industry.

Transmission Line Maintenance Robot Platform

The transmission line operation robot platform is an intelligent device specifically designed for power transmission line projects. It can autonomously navigate and overcome obstacles in various complex environments, and complete line inspection and maintenance tasks by changing various operational tools. This robot integrates advanced sensor technology, control technology, wireless communication technology, and data processing technology to help maintenance personnel promptly identify and eliminate hazards, ensuring the safe and reliable operation of power transmission lines.

Portable Arc Sag Measuring Robot For Transmission Line Construction

The portable sag measurement robot is mainly used for construction measurement operations of overhead transmission lines. This robot features a lighter structure and employs a dual-wheel single-drive technology, traveling along the transmission line's conductor and ground wire, carrying measuring instruments to perform precise three-dimensional coordinate measurements and data collection of the line's journey, automatically completing sag calculations for overhead transmission lines and correcting errors due to self-weight influence.

Transmission Line Non-Stop Tree Obstacle Cleaning Robot

The live-line tree obstacle clearing robot for power transmission lines consists of five parts: a servo-driven mobile device, a control system, an overhead lifting device, a multi-degree-of-freedom telescopic robotic arm, and end tools. In a live power line state, the robot can carry specialized tools for clearing branches, walk along the conductor, and achieve full coverage of branch clearing in the robot's working area through the swinging of the horizontal operating arm.

Overhead Transmission Line De-Icing Robot

The overhead transmission line de-icing robot is based on the principle of spiral cutting, using a spiral rotating cutting structure and a bionic design, allowing it to walk along the ground wire for continuous automatic de-icing operations. This robot can perform tower work through online charging, not only completing de-icing tasks but also conducting ground wire inspections, and transmitting the collected data in real-time back to the ground station to provide effective information for maintenance personnel.